Use these practice activities to help you master your Geometry Skills.
Basic Geometry (for review, if necessary)
Basic Geometry 1 Basic two dimensional shapes and properties.
| Basic Geometry 2 Work with terms like hexagon, square pyramid, rectangular prism.
| Basic Geometry 3 Work with terms like polygon, right angle, faces, sphere, parallel, segment, etc...
| Slideshow with Links Striking Examples of Geometry in Architecture
|
| | | |
|
Polygon Names 1 Basic polygons.
| Polygon Names 2 Features of polygons.
| Irregular Polygons Features of irregular polygons.
| The Magic Circle An Interactive Geometry Overview Lesson (Fun!)
|
| | | |
|
Parallelograms 1 Basic concepts of parallelograms.
| Parallelograms 2 Basic concepts of parallelograms.
| Parallelograms 3 Basic concepts of parallelograms.
| Magic Circle Quiz A quiz based on parts of the 'Magic Circle' Lesson (above)
|
| | | |
Area (for review, if necessary)
Area Set 1 Use the formula length x width = Area.
| Area Set 2 Finding area with whole and half units.
| Area Set 3 Finding the area of complex polygons.
| Area Set 4 Finding the area of more complex polygons.
|
| | | |
Area of Parallelograms 1 Use the formula base x height = Area.
| Area of Parallelograms 2 Use the formula base x height = Area.
| Area of Triangles 1 Use the formula 1/2 base x height = Area.
| Area of Triangles 2 Use the formula 1/2 base x height = Area.
|
| | | |
Perimeter (for review, if necessary)
Perimeter 1 Calculate area of figures with integer sides.
| Perimeter 2 Calculate area, with emphasis on process and thinking algebraically.
| Perimeter 3 More challenging with an emphasis on thinking algebraically.
|
|
|
| | |
|
Perimeter & Area Using a Ruler (for review, if necessary)
Finding the Perimeter Using a Ruler 1 Refer to rulers to find side lengths & add them.
| Finding the Perimeter Using a Ruler 2 Refer to rulers to find side lengths & add them.
| Finding the Area Using a Ruler 1 Refer to rulers to find the area of a rectangle.
|
|
| | | |
Volume
Volume 1 Use the formula L x W x H = V(cubic units).
| Volume 2 Use the formula L x W x H = V(cubic units).
|
|
|
|
|
| |
Linear Measurement
Measurement 1 Measure to the nearest inch, half inch, and quarter inch.
| Measurement 2 Measure to the nearest inch, half inch, and quarter inch.
| Measurement 3 Measure to the nearest whole, half, quarter, and eighth inch.
| Measurement 4 Measure to the nearest sixteenth inch.
|
| | | |
Measurement 5 Measure to the nearest centimeter & exact millimeter.
| Measurement 6 Measure & compare with centimeters & millimeters.
| Measurement 7 Measure with fractions of inches, cm & mm, w/ ruler misplaced.
| Measurement 8 Enter measured values for cm, mm, & inches.
|
| | | |
Measurement 9 Measure to the nearest centimeter & exact millimeter.
| Parts of an Inch 1 Student recognizes the labeled division of an inch.
| Parts of an Inch 2 Student relies less on the labeling of an inch.
| Interactive Practice Practice moving the ruler in this activity.
|
| | | |
Types of Triangles
Types of Triangles 1 Determine whether a triangle is equilateral, scalene, right, isosceles, etc...
| Types of Triangles 2 Determine whether a triangle is equilateral, scalene, right, isosceles, etc...
|
|
|
|
| | |
|
Estimating Angles
Estimating Angles 1 Estimate the degree measure of an angle using a neighboring protractor as a reference.
| Estimating Angles 2 Estimate the degree measure of an angle using a neighboring protractor as a reference.
| Estimating Angles 3 Estimate, by entering a value, the degree measure of an angle, within 10 degrees, using a neighboring protractor as a reference.
|
|
|
| | |
Naming Angles
|